A Relativistic Klystron Two-Beam Accelerator (RK-TBA) is envisioned as a rf power source upgrade of the Next Linear Collider. Construction of a prototype, called the RTA, based on the RK-TBA concept has commenced at the Lawrence Berkeley National Laboratory. This prototype will be used to study physics, engineering, and costing issues involved in the application of the RK-TBA concept to linear colliders. The first half of the injector, a 1 MeV, 1.2 kA, 300 ns induction electron gun, has been built and is presently being tested. The design of the injector cells and the pulsed power drive units are presented in this paper
The technical challenge for making two-beam accelerators into realizable power sources for high-ener...
We are constructing a 1.2-kA, 1-MeV, electron induction injector as part of the RTA program, a colla...
We describe an acceleration gap and FODO quadrupole assembly for a prototype induction accelerator b...
A Relativistic Klystron Two-Beam Accelerator (RK-TBA) is envisioned as a rf power source upgrade of ...
A prototype rf power source based on the Relativistic Klystron Two-Beam Accelerator (RK-TBA) concept...
The technical challenge for making two-beam accelerators into realizable power sources for high-ener...
A prototype rf power source based on the Relativistic Klystron Two-Beam Accelerator (RK-TBA) concept...
Construction of a prototype RF power source based on the RK-TBA concept, called the RTA, has commenc...
We are designing an experiment to study physics, engineering, and costing issues of an extended Rela...
We describe design and testing of an induction cell with modulator for the Relativistic Klystron Two...
A systems study, including physics, engineering and costing, has been conducted to assess the feasib...
A preliminary point design for an 11.4 GHz power source for a 1 TeV center-of-mass Next Linear Colli...
Ultra-high gradient radio frequency linacs require efficient and reliable power sources. The inducti...
The RTA Test Facility has been established at LBNL to demonstrate key concepts related to both physi...
The technical challenge for making two-beam accelerators into realizable power sources for high-ener...
The technical challenge for making two-beam accelerators into realizable power sources for high-ener...
We are constructing a 1.2-kA, 1-MeV, electron induction injector as part of the RTA program, a colla...
We describe an acceleration gap and FODO quadrupole assembly for a prototype induction accelerator b...
A Relativistic Klystron Two-Beam Accelerator (RK-TBA) is envisioned as a rf power source upgrade of ...
A prototype rf power source based on the Relativistic Klystron Two-Beam Accelerator (RK-TBA) concept...
The technical challenge for making two-beam accelerators into realizable power sources for high-ener...
A prototype rf power source based on the Relativistic Klystron Two-Beam Accelerator (RK-TBA) concept...
Construction of a prototype RF power source based on the RK-TBA concept, called the RTA, has commenc...
We are designing an experiment to study physics, engineering, and costing issues of an extended Rela...
We describe design and testing of an induction cell with modulator for the Relativistic Klystron Two...
A systems study, including physics, engineering and costing, has been conducted to assess the feasib...
A preliminary point design for an 11.4 GHz power source for a 1 TeV center-of-mass Next Linear Colli...
Ultra-high gradient radio frequency linacs require efficient and reliable power sources. The inducti...
The RTA Test Facility has been established at LBNL to demonstrate key concepts related to both physi...
The technical challenge for making two-beam accelerators into realizable power sources for high-ener...
The technical challenge for making two-beam accelerators into realizable power sources for high-ener...
We are constructing a 1.2-kA, 1-MeV, electron induction injector as part of the RTA program, a colla...
We describe an acceleration gap and FODO quadrupole assembly for a prototype induction accelerator b...